Checkline 3000FX Series - Manual (Page 10)

- 10 -
3.7 Battery Replacement
3000FX gauges use two AA
alkaline or rechargeable batteries.
When battery power becomes low
the Battery Indicator will flash.
The gauge will continue to operate,
but batteries should be replaced as soon as possible When
battery power is depleted, the Battery Indicator remains on
continuously, indicating that less than 60 seconds of power
remain shut down.
Replacing batteries
1. Turn the gauge over. Slide the
release switch down to unlock
the battery compartment.
2. Carefully pull the battery
compartment cover away from
the gauge.
3. Insert new batteries, following
the polarity diagram on the inside
of the battery compartment.
4. Replace the battery compartment
cover by inserting the hooks at the
bottom edge, then pushing the
cover forward until it snaps into
position.
5. Slide the release switch up to lock the cover in place.
NOTE: Battery exchange should be accomplished within
20 seconds to preserve saved measurement data.
N
F
m
µ
A M IT
- 19 -
7 .0 D ATA T RAN SFER
For data transfer from a 3000FX series gauge to a PC you must not
use a possible enclosed drive disc. For the infrared data transmission
from the gauge to a printer or to a PC, the following three require-
ments must be met:
1. The infrared adapter (accessory part) must be connected to the
printer or PC. The infrared window of the gauge and of the adapter
must be parallel and face each other at a distance of approximately
12” to 20” (30cm to 50cm) for the data transmission.
2. The serial interface parameters of the PC and the printer must be
set as follows:
Baud rate: 9600
Data bits: 8
Stop bit: 1
Parity: none
Handshake non
3. A data transmission program must be installed for the data
transmission to a PC.
General information regarding the infrared data transfer using
3000FX
It is of special importance with reference to the infrared data transfer
that the transmitted light-induced pulses can be perfectly received and
evaluated. The infrared adapter receiving the light-induced pulses
must therefore be protected from any external interferences. For this
reason, please observe the following:
- 10 -
3.7 Battery Replacement
3000FX gauges use two AA
alkaline or rechargeable batteries.
When battery power becomes low
the Battery Indicator will flash.
The gauge will continue to operate,
but batteries should be replaced as soon as possible When
battery power is depleted, the Battery Indicator remains on
continuously, indicating that less than 60 seconds of power
remain shut down.
Replacing batteries
1. Turn the gauge over. Slide the
release switch down to unlock
the battery compartment.
2. Carefully pull the battery
compartment cover away from
the gauge.
3. Insert new batteries, following
the polarity diagram on the inside
of the battery compartment.
4. Replace the battery compartment
cover by inserting the hooks at the
bottom edge, then pushing the
cover forward until it snaps into
position.
5. Slide the release switch up to lock the cover in place.
NOTE: Battery exchange should be accomplished within
20 seconds to preserve saved measurement data.
No No
Fe Fer
m m
µ
AUT AUTO IT IM IT
- 19 -
7 .0 D ATA T RAN SFER
For data transfer from a 3000FX series gauge to a PC you must not
use a possible enclosed drive disc. For the infrared data transmission
from the gauge to a printer or to a PC, the following three require-
ments must be met:
1. The infrared adapter (accessory part) must be connected to the
printer or PC. The infrared window of the gauge and of the adapter
must be parallel and face each other at a distance of approximately
12” to 20” (30cm to 50cm) for the data transmission.
2. The serial interface parameters of the PC and the printer must be
set as follows:
Baud rate: 9600
Data bits: 8
Stop bit: 1
Parity: none
Handshake non
3. A data transmission program must be installed for the data
transmission to a PC.
General information regarding the infrared data transfer using
3000FX
It is of special importance with reference to the infrared data transfer
that the transmitted light-induced pulses can be perfectly received and
evaluated. The infrared adapter receiving the light-induced pulses
must therefore be protected from any external interferences. For this
reason, please observe the following: